Described herein is a beverage carrying assembly, comprising: a backpack adapted to be worn by a user; a frame, the frame comprising: a first portion to be affixed to the backpack; and a second portion that projects over the head of the user; a platform adapted to carry a beverage container; and a pulley assembly adapted to manipulate a position of the platform with respect to the user and frame.

Disclosed herein is a buckle including a plug member and a socket member. The plug member includes a shaft part protruding from one side of a first body, a first magnet inserted into the shaft part, a connection recess formed on the outer face of the shaft part, and at least one guide protrusion formed on the inner wall of the connection recess. The socket member includes a connection protrusion formed on one side of a second body to be inserted into the connection recess, a coupling recess formed in the middle of the connection protrusion so that the shaft part is inserted into the coupling recess, a second magnet inserted into the coupling recess, and at least one guide groove formed in the outer surface of the connection protrusion to guide the guide protrusion.

An apparatus and system for supporting a high-pressure hose is disclosed. The apparatus includes a brace and a bracket. The brace includes a main body portion, a pair of shoulder straps connected to the main body portion, and a midsection strap connected to the main body portion. The bracket is rotatably mounted to an upper end of the main body portion and includes a pivotal hose clamping portion at an end thereof, In use, the brace, the bracket, and the pivotal hose clamping support the high-pressure hose, reducing the effort required by the operator to support the hose.

A system for supporting a firearm in a generally vertical position includes a stock support member to support the stock of the firearm, a first fastening element operatively connectable to a user, and a second fastening element mountable with respect to the firearm. The system is configured such that the first and second fastening elements remain engaged when the firearm is in the generally vertical position so that the firearm is supported only by the fastening elements and the stock support member, but automatically disengage when the firearm is moved to a generally horizontal position for firing.

A body carrier apparatus may include a front carrier and a rear carrier. In some examples, the body carrier apparatus may protect a wearer of the body carrier apparatus from ballistics. In further examples, the body earner apparatus may reduce stress on shoulder muscles while maintaining shoulder mobility.

A device includes a front brace (1), a non-stretchable lumbar brace (2), and a right and left under-shoulder strap (3,4) and right and left hip strap (5, 6). All the straps (3, 4, 5, 6) are non-stretchable and the under-shoulder straps (3, 4) are adjustable in their length. The front brace (1) has attachment points (8, 9, 12, 13) to the front ends the ends of all straps (3, 4, 5, 6) and the lumbar brace (2) has attachment points (10, 11, 14, 15) to the rear ends of these straps. Attachment points (8, 9) for under-shoulder straps (3, 4) to the front brace (1) are above the attachment points (12, 13) of the hip straps (5, 6) to this brace (1). Attachment points (8, 9) for under-shoulder straps (3,4) to the front brace (1) are located above their attachment points (10, 11) to the lumbar brace (2).

A backpack comprises a back panel with a pair of shoulder straps attached to the pack panel. The back panel has a rifle support facility; a storage facility hinged to the back panel; and the back panel and storage facility configured to define a rifle space configured to receive a rifle having a muzzle extending above or below the backpack.

A system comprises a first body, comprising: a backpack suspension; a first storage region; and a first portion of a first attachment mechanism. A second body comprises: a second storage region; and a first portion of a second attachment mechanism. A third body comprises: a third storage region; a second portion of the first attachment mechanism; and a second portion of the second attachment mechanism. In a first configuration, the first portion of the first attachment mechanism is coupled to the first portion of the second attachment mechanism. In a second configuration, the first portion of the first attachment mechanism is coupled to the second portion of the first attachment mechanism, and the first portion of the second attachment mechanism is coupled to the second portion of the second attachment mechanism.

Backpacks having lumbar pads as at least one component that has been manufactured using 3D printing or other additive anufacturing technologies. backpack may include 3D manufactured parts including a lumbar pad, shoulder harness, hip belt, or back panel. The component or lumbar pad may include a lattice structure that allows airflow or provides cushioning. The lattice structure may: have multiple layers, include a network of beams and nodes (e.g., that create cells), or be monolithic. The cells may be polygons (e.g., hexagonal) or cells may line up in multiple layers of lattice structure. Cells that line up may have equal numbers of sides. Other embodiments include systems for providing custom backpacks where consumers enter consumer body dimension(s) and the system fabricates a custom backpack or component using the body dimension or desired load capacity, for example, using 3D printing.

The invention relates to an inflatable bag (60) with an inflation device (20), wherein the inflation device (20) comprises a first opening (22) adapted to allow the intake of a gas and a second opening (9) connected to the inflatable bag (60). The inflation device (20) further comprises a control (6) and an actuable valve (8) with an inlet opening (13) and an outlet opening (14), wherein the actuable valve (8) is controlled by the control (6) such as to open and close the actuable valve (8). The inlet of the actuable valve (8) is connected to the inflatable bag (60) such that it, when opened, creates a fluid communication channel between the inflatable bag (60) and the outlet (14) of the actuable valve (8) such as to allow deflation of the inflatable bag (60).